| JCalculus< JGauss< ID_t > >::add(const JGauss< ID_t > &f1) | JMATH::JCalculus< JGauss< ID_t > > | inline |
| JMATH::JGauss_t::add(const JGauss_t &gauss) | JMATH::JGauss_t | inline |
| background | JMATH::JGauss_t | |
| center | JMATH::JGauss< ID_t, normalise > | |
| div(const double factor) | JMATH::JCalculus< JGauss< ID_t > > | inline |
| equals(const JGauss_t &gauss, const double eps=std::numeric_limits< double >::min()) const | JMATH::JGauss_t | inline |
| getDerivative(const double x) const | JMATH::JGauss< ID_t, normalise > | inline |
| getDerivative(const double x) const | JMATH::JGauss< ID_t, normalise > | inline |
| getGradient(const double x, const double y) const | JMATH::JGauss2D< ID_t, normalise > | inline |
| JGauss< ID_t, normalise >::getGradient(const double x) const | JMATH::JGauss< ID_t, normalise > | inline |
| getValue(const double x, const double y) const | JMATH::JGauss2D< ID_t, normalise > | inline |
| JGauss< ID_t, normalise >::getValue(const double x) const | JMATH::JGauss< ID_t, normalise > | inline |
| ID | JMATH::JGauss< ID_t, normalise > | static |
| JGauss() | JMATH::JGauss< ID_t, normalise > | inline |
| JGauss(const JGauss_t &gauss) | JMATH::JGauss< ID_t, normalise > | inline |
| JGauss(const double mean, const double sigma, const double signal=1.0, const double background=0.0) | JMATH::JGauss< ID_t, normalise > | inline |
| JGauss() | JMATH::JGauss< ID_t, normalise > | inline |
| JGauss(const double center, const double sigma) | JMATH::JGauss< ID_t, normalise > | inline |
| JGauss2D() | JMATH::JGauss2D< ID_t, normalise > | inline |
| JGauss2D(const double mean, const double sigma) | JMATH::JGauss2D< ID_t, normalise > | inline |
| JGauss_t() | JMATH::JGauss_t | inline |
| JGauss_t(const double mean, const double sigma, const double signal, const double background) | JMATH::JGauss_t | inline |
| mean | JMATH::JGauss_t | |
| JCalculus< JGauss< ID_t > >::mul(const double factor) | JMATH::JCalculus< JGauss< ID_t > > | inline |
| JMATH::JGauss_t::mul(const double factor) | JMATH::JGauss_t | inline |
| JMath< JGauss_t >::mul(const JNullType &object) | JMATH::JMath< JGauss_t > | inline |
| negate() | JMATH::JCalculus< JGauss< ID_t > > | inline |
| JMathlib< JGauss2D< ID_t, normalise > >::operator()(const Args &...args) const | JMATH::JMathlib< JGauss2D< ID_t, normalise > > | inline |
| JGauss< ID_t, normalise >::operator()(const double x) const | JMATH::JGauss< ID_t, normalise > | inline |
| JMathlib< JGauss< ID_t > >::operator()(const Args &...args) const | JMATH::JMathlib< JGauss< ID_t > > | inline |
| parameter_type typedef | JMATH::JGauss< ID_t, normalise > | |
| parameters | JMATH::JGauss< ID_t, normalise > | static |
| sigma | JMATH::JGauss< ID_t, normalise > | |
| signal | JMATH::JGauss_t | |
| JCalculus< JGauss< ID_t > >::sub(const JGauss< ID_t > &f1) | JMATH::JCalculus< JGauss< ID_t > > | inline |
| JMATH::JGauss_t::sub(const JGauss_t &gauss) | JMATH::JGauss_t | inline |
1.8.5